Search the whole station

Dry-Type Transformer for Renewable Energy Systems
The Wind, Solar, Storage & Hydrogen Dry-Type Transformer is designed for new energy power systems, including wind power, photovoltaic, energy storage, and hydrogen applications. Developed to meet the growing demand for clean energy generation, it delivers reliable power conversion and distribution under harsh environmental conditions such as deserts, high-altitude regions, coastal areas, and other demanding installation sites.
With an oil-free, pollution-free design and strong environmental adaptability, it is ideal for renewable energy projects requiring safe, efficient, and continuous operation. The transformer can also be customized to suit specific project and installation requirements.
Dry-Type Transformer for Renewable Energy Systems
The Wind, Solar, Storage & Hydrogen Dry-Type Transformer is designed for new energy power systems, including wind power, photovoltaic, energy storage, and hydrogen applications. Developed to meet the growing demand for clean energy generation, it delivers reliable power conversion and distribution under harsh environmental conditions such as deserts, high-altitude regions, coastal areas, and other demanding installation sites.
With an oil-free, pollution-free design and strong environmental adaptability, it is ideal for renewable energy projects requiring safe, efficient, and continuous operation. The transformer can also be customized to suit specific project and installation requirements.
Dry-Type Transformer for Renewable Energy Systems
The Wind, Solar, Storage & Hydrogen Dry-Type Transformer is designed for new energy power systems, including wind power, photovoltaic, energy storage, and hydrogen applications. Developed to meet the growing demand for clean energy generation, it delivers reliable power conversion and distribution under harsh environmental conditions such as deserts, high-altitude regions, coastal areas, and other demanding installation sites.
With an oil-free, pollution-free design and strong environmental adaptability, it is ideal for renewable energy projects requiring safe, efficient, and continuous operation. The transformer can also be customized to suit specific project and installation requirements.
Product Features

Windings adopt a segmented structural design using high thermal conductivity, flame-retardant epoxy resin as the core insulating material. The windings are integrally formed through vacuum pressure impregnation or casting processes.

The product resists moisture, dust, salt spray, and chemical gas corrosion, making it suitable for installation in harsh environmental conditions.

Oil-free and pollution-free, with no special installation location requirements and higher environmental performance.

Cast windings offer high mechanical strength and can withstand short-circuit electromagnetic forces.

Insulation class is typically Class F or Class H, providing excellent heat resistance and strong overload capability.

Compact structure with clear design considerations, facilitating installation in containerized enclosures.
Product Features

Windings adopt a segmented structural design using high thermal conductivity, flame-retardant epoxy resin as the core insulating material. The windings are integrally formed through vacuum pressure impregnation or casting processes.

The product resists moisture, dust, salt spray, and chemical gas corrosion, making it suitable for installation in harsh environmental conditions.

Oil-free and pollution-free, with no special installation location requirements and higher environmental performance.

Cast windings offer high mechanical strength and can withstand short-circuit electromagnetic forces.

Insulation class is typically Class F or Class H, providing excellent heat resistance and strong overload capability.

Compact structure with clear design considerations, facilitating installation in containerized enclosures.
Specification
Specification
| Installation | Indoor/Outdoor(with enclosure) |
| Rated Capacity | As required |
| Primary Voltage | Up to 36kV |
| Secondary Voltage | As required |
| Frequency | 50 / 60 Hz |
| Tap Range | As required |
| Impedance Voltage | As required |
| Insulation Class | F (155°C) / H (180°C) |
| Cooling Method | AN / AF |
| Vector Group | As required |
| Winding Material | Copper / Aluminium |
| Degree of Protection | IP00–IP56 |
| Standards | IEC / IEEE |
Factory Testing
01
Insulation resistance
test
02
Voltage ratio &
vector group
03
Load loss test
04
Partial discharge
level
05
Withstand voltage
test
06
Winding resistant
test
07
Induction withstand
voltage test
08
No load loss
test
Factory Testing
01
Insulation resistance
test
02
Voltage ratio &
vector group
03
Load loss test
04
Partial discharge
level
05
Withstand voltage
test
06
Winding resistant
test
07
Induction withstand
voltage test
08
No load loss
test

Lorem ipsumLorem

Sales Revenue in RMB
Full-Lifecycle Expert Support
From project consultation and transformer selection to installation guidance and after-sales service, we provide reliable support throughout the entire lifecycle of your power system.
Authoritative certification
Certified for Global Power Applications
Built to meet international safety and quality standards, our transformers carry UL, CE, and ETL certifications and comply with RoHS and REACH requirements.
Authoritative certification
Certified for Global Power Applications
Built to meet international safety and quality standards, our transformers carry UL, CE, and ETL certifications and comply with RoHS and REACH requirements.
Manufacturing Strength Behind Every Product
All products shown are real outputs from our facilities, built to ensure reliability and consistent performance.
Manufacturing Strength Behind Every Product
All products shown are real outputs from our facilities, built to ensure reliability and consistent performance.
Related Products